SPECIALIZED IN POWER SUPPLY DURABLE AND REASSURING

tandard industrial-grade energy storage power supplies often face issues such as hull corrosion, terminal oxidation, PCB board erosion, and rapid capacity degradation of battery cells in coastal environments within just 1 to 2 years. These problems can even cause safety accidents like short circuits and fires. This not only significantly increases maintenance and replacement costs but also directly threatens the safety and continuity of power supply in coastal production, daily life, and maritime operations. The Leiener High-Performance Salt-Spray Resistant Energy Storage Power Supply, specially designed for extreme coastal environments, is the core solution to solve this industry pain point. With its full-link corrosion protection design, adaptability to extreme environments, and high-reliability safety system, it redefines the energy storage standards for coastal and maritime scenarios.

Self-discharge of lithium-ion batteries refers to the natural reduction of charge capacity when the battery is not in use. This phenomenon is unavoidable, but an excessively high self-discharge rate will impair battery performance and cycle life. Therefore, cells with a high self-discharge rate must be screened out before delivery. At present, the K-value is generally used to measure the self-discharge rate in mass-produced batteries.

In the coating process, drying may seem like a simple step to turn a wet coating into a dry one, but it is actually a critical link that determines product quality. Many coating defects—whether surface orange peel, pinholes, or more severe delamination and cracking—are often closely related to improper drying. Today, let’s delve into the ins and outs of coating drying in an accessible way.